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Title & Speakers Event
Senthilnathan Natarajan – Senior Research Scientist @ IBM Research

In this meetup, we will provide an overview of the Fabric-X-Committer architecture and share performance evaluation results that highlight its scalability and efficiency.

hyperledger fabric fabric-x distributed systems blockchain performance
Fabric-X-Committer: A Microservices-Based Architecture for Ultra-High Throughput
Senthilnathan Natarajan – Senior Research Scientist @ IBM Research

In this meetup, we will provide an overview of the Fabric-X-Committer architecture and share performance evaluation results that highlight its scalability and efficiency.

fabric-x-committer hyperledger fabric transaction dependency graph sharded distributed database pipelined execution
Fabric-X-Committer: A Microservices-Based Architecture for Ultra-High Throughput
Senthilnathan Natarajan – Senior Research Scientist @ IBM Research

In this meetup, we will provide an overview of the Fabric-X-Committer architecture and share performance evaluation results that highlight its scalability and efficiency.

fabric-x-committer hyperledger fabric transaction dependency graph pipelined execution sharded distributed database
Fabric-X-Committer: A Microservices-Based Architecture for Ultra-High Throughput
Senthilnathan Natarajan – Senior Research Scientist @ IBM Research

Overview of the Fabric-X-Committer architecture and share performance evaluation results that highlight its scalability and efficiency.

hyperledger fabric fabric-x transaction dependency graph pipelined execution
Fabric-X-Committer: A Microservices-Based Architecture for Ultra-High Throughput

Fabric-X is a digital asset-specific implementation of Hyperledger Fabric. Join us for a series on meetups that go into detail about what Fabric-X is and how you can use it.

Fabric-X-Committer introduces a high-performance and resilient architecture that addresses the scalability limitations of the traditional monolithic peer in Fabric. By decomposing the commit process into independently scalable microservices—including a Coordinator, Signature Verifiers, and Validator-Committers and leveraging a sharded distributed database, the system achieves significant parallelism, enabling substantial scalability and performance gains.

A key innovation is the use of a transaction dependency graph, which allows safe, parallel validation of transactions across multiple blocks. Combined with a pipelined execution flow, this design eliminates sequential bottlenecks and unlocks ultra-high throughput. Performance evaluations show that Fabric-X-Committer can process over 200,000 transactions per second, marking a major leap in scalability for enterprise-grade blockchain systems.

In this meetup, we will provide an overview of the Fabric-X-Committer architecture and share performance evaluation results that highlight its scalability and efficiency.

Join us for the other Fabric-X meetups

Speaker

Fabric-X-Committer: A Microservices-Based Architecture for Ultra-High Throughput
Yoav Tock – Research staff member @ IBM Research

Overview of the Fabric-X-Orderer architecture, underlying protocols, and performance evaluation results highlighting scalability and efficiency.

fabric-x fabric-x-orderer hyperledger fabric arma byzantine fault tolerant sharding pipelining
Fabric-X-Orderer Overview: A Scalable BFT Ordering Service for Fabric-X
Fabric-X-Orderer Overview 2025-11-19 · 16:00
Yoav Tock – Research staff member @ IBM Research

Overview of the Fabric-X-Orderer architecture, the underlying protocols, and performance evaluation results highlighting its scalability and efficiency.

fabric-x-orderer hyperledger fabric-x arma sharding pipelining byzantine fault tolerant (bft) consensus
Fabric-X-Orderer Overview: A Scalable BFT Ordering Service for Fabric-X
Yoav Tock – Research staff member @ IBM Research

Overview of the Fabric-X-Orderer architecture, delve into the underlying protocols, and share performance evaluation results highlighting its scalability and efficiency.

Fabric
Fabric-X-Orderer Overview: A Scalable BFT Ordering Service for Fabric-X
Fabric-X-Orderer Overview 2025-11-19 · 16:00
Yoav Tock – Research staff member @ IBM Research

Overview of the Fabric-X-Orderer architecture, underlying protocols, and performance evaluation results highlighting scalability and efficiency.

Fabric
Fabric-X-Orderer Overview: A Scalable BFT Ordering Service for Fabric-X
Marcus Brandenburger – Researcher @ IBM Research , Angelo de Caro – Senior Technical Staff Member @ IBM Research , Arne Rutjes – Architect @ IBM , Elli Androulaki – Distinguished Engineer @ IBM , David Viejo – Foundation @ ChainLaunch , Pasquale Convertini – Software Engineer @ IBM

Practical deployment strategies using Ansible and Kubernetes to bring Fabric-X solutions into production.

fabric-x Ansible Kubernetes hyperledger fabric
Fabric-X – Programming Model and Application Development Deep Dive
Marcus Brandenburger – Researcher @ IBM Research , Angelo de Caro – Senior Technical Staff Member @ IBM Research , Arne Rutjes – Architect @ IBM , Elli Androulaki – Distinguished Engineer @ IBM , David Viejo – Foundation @ ChainLaunch , Pasquale Convertini – Software Engineer @ IBM

To close the session, we’ll walk through practical deployment strategies using Ansible and Kubernetes, equipping you with the tools and confidence to bring your Fabric-X solutions into production.

Ansible Kubernetes fabric-x
Fabric-X – Programming Model and Application Development Deep Dive
Marcus Brandenburger – Researcher @ IBM Research , Angelo de Caro – Senior Technical Staff Member @ IBM Research , Arne Rutjes – Architect @ IBM , Elli Androulaki – Distinguished Engineer @ IBM , David Viejo – Foundation @ ChainLaunch , Pasquale Convertini – Software Engineer @ IBM

A session focusing on the endorsement phase of Fabric-X, comparing it to traditional Hyperledger Fabric, with hands-on examples showing how the new model streamlines development for tokenization use cases and on-chain asset transfer. The session will also cover practical deployment strategies using Ansible and Kubernetes.

fabric-x hyperledger fabric Ansible Kubernetes Blockchain tokenization
Fabric-X – Programming Model and Application Development Deep Dive
Marcus Brandenburger – Researcher @ IBM Research , Angelo de Caro – Senior Technical Staff Member @ IBM Research , Arne Rutjes – Architect @ IBM , Elli Androulaki – Distinguished Engineer @ IBM , David Viejo – Foundation @ ChainLaunch , Pasquale Convertini – Software Engineer @ IBM

A deep dive into the Fabric-X endorsement phase, highlighting how it differs from the traditional Hyperledger Fabric model. Through hands-on examples, we’ll demonstrate how the new model streamlines development for designing decentralized applications and tokenization use cases.

fabric-x hyperledger fabric tokenization decentralized applications
Fabric-X – Programming Model and Application Development Deep Dive
Marcus Brandenburger – Researcher @ IBM Research , Angelo de Caro – Senior Technical Staff Member @ IBM Research , Arne Rutjes – Architect @ IBM , Elli Androulaki – Distinguished Engineer @ IBM , David Viejo – Foundation @ ChainLaunch , Pasquale Convertini – Software Engineer @ IBM

In this session, we’ll take a deep dive into the endorsement phase of Fabric-X, highlighting how it differs from the traditional Hyperledger Fabric model and what these changes mean for developers. Through hands-on examples, we’ll demonstrate how the new model streamlines development and unlocks exciting possibilities for designing decentralized applications. We’ll also explore how to build applications tailored for tokenization use cases.

fabric-x hyperledger fabric endorsement phase tokenization
Fabric-X – Programming Model and Application Development Deep Dive
Marcus Brandenburger – Researcher @ IBM Research , Angelo de Caro – Senior Technical Staff Member @ IBM Research , Arne Rutjes – Architect @ IBM , Elli Androulaki – Distinguished Engineer @ IBM , David Viejo – Foundation @ ChainLaunch , Pasquale Convertini – Software Engineer @ IBM

A session exploring the Fabric-X endorsement phase, how it differs from the traditional Hyperledger Fabric model, and implications for developers. We'll cover tokenization use cases, hands-on examples, and practical deployment strategies using Ansible and Kubernetes.

fabric-x hyperledger fabric Ansible Kubernetes tokenization
Fabric-X – Programming Model and Application Development Deep Dive
Showing 15 results